H8C1Z1VBE1
3.3-3.8 GHz, V-pol, 5.5 dBi Gain, Discrete AiP
Description
The H8C1Z1VBE1 is a surface mounting AiP designed for operation within the FR1 band across 3.3~3.8 GHz featuring linear polarization profiles in vertical direction. It could either 1) used as a unit cell in a linear phased array supporting +/-60 deg beamforming or 2) operates in a discrete manner delivers a realized gain of 5.5 dBi, VSWR < 2, and a 70-degree half-power beamwidth. The antenna is housed in a compact 16 mm x 16 mm footprint with a quad-flat feeding pad, enabling direct connection to a 50-ohm microstrip line on a universal motherboard PCB (wide range of thickness and Dk value) without need for external matching elements. The package has a height of 12.9 mm.
Features
- 95% radiation efficiency
- 50-ohm matched Impedance bandwidth 3.3~3.8 GHz (VSWR<2)
- Beamforming range: +/- 60 deg (embed)
- Half Power Beam Width: 70 deg (discrete)
- 16 mm x 16 mm footprint, 12.9 mm height
- Supporting phased array with pitch distance over 42~50 mm
- Tool-free integration onto the PCB as a surface-mount device (SMD)
- Designed for robustness, ensuring compatibility with PCBs across a variety of substrate thicknesses and dielectric constants (Dk)
- High tolerance on mounting misalignment
- Only 5 mm edge-to-edge clearance between surrounding components on PCB
Applications
- 4G/5G macro and micro base-stations
- Internet of Things
- Sub-6 GHz Wireless Communications
- End-user wireless terminal
- Measurement and instrumentation
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